Industry

Fruit Packaging Machine - From SUPACKAGE Packaging Solutions

Explore fruit packaging machine applications & industry challenges. SUPACKAGE solutions cut breakage by 80%, reduce post-harvest loss to 5%, and enable eco-friendly packaging. Request a demo!

Solving Fruit Packaging Pain Points: How Advanced Machines Reduce Loss & Boost Freshness | SUPACKAGE

This analysis covers critical fruit packaging pain points (20-30% post-harvest loss, low cold chain adoption, sustainability gaps) and how AI-driven machines with nitrogen flushing, IoT sensors, and biodegradable materials solve them.

Vertical FFS & Pre-made Bag Systems | Multi-format Packaging Solutions

Fruit Packaging

Core Industry Pain Points & Technological Solutions

High Post-Harvest Loss (20-30% Waste)

Problem: Fragile fruits (e.g., berries, peaches) suffer crushing and spoilage during manual handling. Lack of cold chain infrastructure exacerbates loss, especially in tropical regions.
Maintain O₂ levels <0.5% in packages, extending shelf life by 40%

Non-Standardized Sizing & Branding Gaps

Problem: Inconsistent sizing causes 15% pack rejection in exports. Regional brands lack traceability, reducing consumer trust.
AI Vision Grading: 3D cameras classify fruit by size/color/defects at 200 FPS with ±0.5mm accuracy.

Optional feature

Paired with a powder vertical screw feeder, it can achieve continuous replenishment of material at the screw head.
The packaging machine is equipped with a Z-shaped feeder to achieve continuous feeding of particles and irregular large materials, as well as precise measurement and packaging.
Completing the pumping and discharging process of liquid, sauce and other liquid materials with piston pump and rotor pump
Can be equipped with functions such as coding, punching, nitrogen filling, vacuum, etc.
Optional finished product transport belt.

Can precision measurement packaging be achieved?

Screw metering device: For powder metering and feeding, a servo motor is used to drive the screw to rotate, and the feeding amount is precisely controlled by the pitch. The minimum measurement accuracy can reach 0.1g. When the weighing sensor detects that the material has reached the preset weight (such as 500g/1000g), the system immediately triggers the feed valve to close and sends a signal to the sealing system to start the subsequent packaging process.

High-Speed Multihead Weighers: Utilize 10–14 weighing hoppers to distribute granules simultaneously. This parallel weighing process achieves speeds of 1,800–2,500 bags/hour with ±0.5% accuracy, far exceeding single-head systems

User's question about whether it is possible to adjust the width and length of the machine bag making

The product manual has instructions for adjusting the packaging bag specifications, and our technical team would fully cooperate with the debugging proc

Hygiene issues of packaged food

The parts in contact with food are made of 304/316 stainless steel or food grade PP material, which meets food safety standards and avoids the migration of harmful substances. Design a structure that is easy to clean, reduces dead corners, and facilitates daily disinfection and maintenance. ‌

How to maintain the packaging machine on a daily basis？

The key points of maintenance and upkeep are cleaning, fastening, adjusting, lubricating, and anti-corrosion. In the normal production process, each machine maintenance personnel should strictly follow the maintenance manual and maintenance regulations of the machine packaging equipment, carry out various maintenance work within the prescribed period, reduce the wear rate of parts, eliminate hidden dangers of faults, and extend the service life of the machine.

Unsustainable Packaging Waste

Problem: Non-recyclable laminates (PET/AL) violate EU PPWR 2030. Excessive padding increases costs by 30%.
Mono-Material Bioplastics: Compostable PLA films from cornstarch reduce waste by 40%
Edible Coatings: Seaweed-based barriers replace plastic wraps for apples/citrus

Optional machines